Case Study

To support EDF’s nuclear generation capabilities, the first transfer of spent fuel assemblies from Fuel Storage Pond to the Dry Fuel Store took place in 2017. The programme transfers spent fuel assemblies through dry storage campaigns conducted approximately every three years. Funded by the UK’s Nuclear Liabilities Fund (NLF), the project seeks long-term security, improved efficiency, and cost-saving innovations across its lifecycle. 

Recognising opportunities for both marginal efficiency gains and significant technical upgrades, Acuity Engineering was engaged as a trusted partner to support Framatome Limited’s strategic services to the programme. Acuity leads the feasibility works under the long-term DFS strategy. This includes optimisation of critical process elements and bespoke nuclear equipment such as High Integrity Lifting (HIL), fuel cooling systems and the fuel storage and transfer components.

Drawing on a strong history of DFS involvement and site-based delivery, Acuity leveraged established relationships and deep technical understanding to position the project for success. We enabled collaborative engagement across key stakeholders, including the Design Authority and Nuclear Services teams and EDF’s supply chain partners, ensuring timely decision-making and technical rigor at every project phase. Our focus was to deliver sustained value throughout the cyclic delivery model, supporting lifetime extension and the eventual end-of-generation strategy.